Step-by-Step Guide: How to Partition an SSD Drive

How to Partition an SSD Drive

In this comprehensive guide, the experts from the blog will provide you with detailed instructions on how to partition an SSD drive. Partitioning your SSD allows you to divide the storage space into multiple sections, each functioning as a separate drive. This process is beneficial for organizing data, improving performance, and optimizing your system for different operating systems. Partitioning an SSD drive for Windows and partitioning an SSD drive for Linux (Ubuntu) are two common use cases, and we will cover both of them in this lesson. In order to correctly partition your SSD disk, follow the step-by-step steps that are provided below.

Partitioning an SSD Drive for Windows:

Step 1: Backup your data

Before proceeding with the partitioning process, it’s crucial to create a backup of all your important data. Partitioning involves modifying the drive’s structure, and there is always a small risk of data loss.

Step 2: Open Disk Management

To initiate the partitioning process, open Disk Management on your Windows computer. Press Windows Key + X, then select “Disk Management” from the menu that appears.

Step 3: Identify the SSD drive

Locate your SSD drive in the Disk Management window. It will be labeled with its size and disk number.

Step 4: Shrink the volume

Right-click on the SSD drive and select “Shrink Volume.” Specify the amount of space you want to allocate to the new partition. Make sure to leave enough space for your Windows partition to function optimally.

Step 5: Create a new partition

After shrinking the volume, right-click on the unallocated space and select “New Simple Volume.” Follow the on-screen instructions to set the partition size, assign a drive letter, and format the partition with the desired file system (typically NTFS).

Step 6: Complete the process

Once the partition has been created, you can repeat Steps 4 and 5 if you wish to create additional partitions. Otherwise, you can close Disk Management, and your SSD drive is now successfully partitioned for Windows.

Partitioning an SSD Drive for Linux (Ubuntu):

Step 1: Boot into Ubuntu installation

Start or restart your computer and boot into the Ubuntu installation media. You can create a bootable USB drive using software like Rufus or Etcher.

Step 2: Launch the Ubuntu installer

Once you have booted into the Ubuntu installation environment, select your language preferences and click “Install Ubuntu.”

Step 3: Choose “Something else”

When prompted to choose an installation type, select “Something else.” This option allows you to manually configure the partitions on your SSD drive.

Step 4: Identify the SSD drive

In the partitioning tool, identify your SSD drive. It will typically be listed as “/dev/sda” or a similar designation.

Step 5: Create partitions

Select the unallocated space on the SSD drive and click the “+” button. Specify the partition size, choose the file system (ext4 is commonly used for Ubuntu), and set the mount point (e.g., “/”). Repeat this step if you wish to create additional partitions, such as a separate “/home” partition.

Step 6: Set the boot loader location

Ensure that the boot loader installation destination is set to your SSD drive (e.g., “/dev/sda“). This ensures that the boot loader will be installed on the SSD, allowing you to choose the operating system during startup.

Step 7: Complete the installation

Proceed with the Ubuntu installation, following the remaining on-screen instructions. Once the installation is complete, your SSD drive will be successfully partitioned for Ubuntu.


You may efficiently partition your solid-state drive (SSD) for use with either the Windows operating system or Linux (Ubuntu), provided that you follow these step-by-step instructions. By partitioning your solid-state drive (SSD), you may increase the performance of your computer, better organize your data, and use it to install and run different operating systems at the same time. Always proceed with extreme caution while altering disk partitions, and don’t forget to create a backup of your data before moving on. Profit from the advantages of an optimal storage solution that is suited to your particular requirements.

Expert in Information Technology In addition to general monitoring and notification system administration, I am actively engaged in providing information security, monitoring, and TCP/IP. I spend the most of my time configuring and routing computer networks. Reading and going to comedy concerts are two of my favorite pastimes.

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